
Oceans could reach a dangerous tipping point by 2050
UC Santa Barbara researchers project that human impacts on oceans will double by 2050, with warming seas and fisheries collapse leading the charge. The tropics and poles face the fastest changes, and coastal regions will be hardest hit, threatening food and livelihoods worldwide.
ScienceDailyReports of reddish brown waters around the Bay Area have SF Baykeeper concerned about another algal bloom. Baykeeper scientists suspect an outbreak of the same algae that caused a red tide across the Bay last year, resulting in an unprecedented fish kill event.
https://alamedapost.com/features/alameda-life/likely-algal-bloom-reported-along-central-east-bay-shoreline/
#alameda #algae #AlgalBloom #nitrogen #NutrientPollution #phosphorus #SanFranciscoBaykeeper #wastewater

Likely Algal Bloom Reported Along Central East Bay Shoreline - Alameda Post
After investigating reports of reddish brown waters in the Berkeley marina, SF Baykeeper scientists suspect another algal bloom on the way.
Alameda Post
Zero pollution: 2030 targets within reach but need stronger action
Today, the European Commission is publishing its first Zero Pollution Monitoring and Outlook report setting pathways to cleaner air, water and soil. The Commission report, together with the European Environment Agency's monitoring assessment, shows that EU policies have contributed to reducing air pollution as well as pollution from pesticides. However, in other areas such as harmful noise, nutrient pollution or municipal waste generation, problems persist. The results show that overall much stronger action is necessary if the EU is to achieve 2030 zero pollution targets, by adopting new anti-pollution laws and better implementing existing ones.
European Environment AgencyAs winters warm, nutrient pollution threatens 40 percent of US
Scientists are ringing alarm bells about a significant new threat to U.S. water quality: as winters warm due to climate change, they are unleashing large amounts of nutrient pollution into lakes, rivers, and streams.
Phys.org